Thermal Shock Chamber , Thermal Shock Tester Air Cool For High Polymer Material
Product Description :
Thermal shock machine can be used to test the structure of the material or composite material, in an instant by a very high temperature and low temperature continuous environment can bear degree of to in the shortest time test its due to thermal expansion and contraction caused by the changes of chemical or physical damage. Applicable objects including metal, plastic, rubber, electronics and other materials, to improve their products as the basis or reference.
Product Features :
1. Adopt servo cooling medium flow control technology to achieve energy saving more than 40%.
2. The experimental cycle is effective to achieve 3 days in addition to cream, in addition to cream only 2 hours
3. The energy saving time and energy saving can be reduced by using pure aluminum fin evaporator.
4. With two cases and three box testing function, in line with the test specification
5. The world's first observation window, to achieve the visual effect of the physical test
6. Real-time experimental curve analysis, equipped with USB, RS232 data storage connection
7. With alarm prompt that the picture of the alarm device
8. The end of the experiment, the product automatically return to the normal temperature to avoid frost dew protection mechanism
Specification :
Model of PT-2099 | A3 | B3 | C3 | D3 | A4 | B4 | C4 | D4 | A5 | B5 | C5 | D5 | |||
Structure | Precooling cabinet, preheating cabinet and test cabinet separate design, test object place in test cabinet, no need to moving. | ||||||||||||||
Damper Device | Force Air Device Damper | ||||||||||||||
Test Cabinet Material | SUS#304 Stainless steel | ||||||||||||||
Cooling & Heating Cabinet Material | SUS#304 Stainless steel | ||||||||||||||
Test Grid Plate | Stainless steel plate or Steel shelf | ||||||||||||||
Refrigeration System | Dualistic formula system | ||||||||||||||
Cooling Method | Water cooling | ||||||||||||||
Environment | 0℃~30℃ | ||||||||||||||
Temperature Range: | |||||||||||||||
Preheating Temperature | +60℃~+200℃ | +60℃~+200℃ | +60℃~+200℃ | ||||||||||||
Precooling Temperature | -10℃~-80℃ | -10℃~-80℃ | -10℃~-80℃ | ||||||||||||
High Temperature Shocking | +60℃~+150℃ | +60℃~+150℃ | +60℃~+150℃ | ||||||||||||
Low Temperature Shocking | -10℃~-55℃ | -10℃~-65℃ | -10℃~-65℃ | ||||||||||||
Temperature deviation | +2.00℃ | ||||||||||||||
Simulated Test Load (KG) | 2.5 | 5.0 | 7.5 | 10.0 | 2.5 | 5.0 | 7.5 | 10.0 | 2.5 | 5.0 | 7.5 | 10.0 | |||
Recovery Time | |||||||||||||||
High Temperature Shocking | RT℃~+150℃/5min | RT℃~+150℃/5min | RT℃~+150℃/5min | ||||||||||||
Low Temperature Shocking | RT℃~-55℃/5min | RT℃~-65℃/5min | RT℃~-65℃/5min | ||||||||||||
Preheating Time (min) | 25 | 30 | 40 | 45 | 25 | 30 | 40 | 45 | 25 | 30 | 40 | 45 | |||
Precooling Time (min) | 60 | 75 | 100 | 110 | 70 | 85 | 100 | 110 | 70 | 85 | 100 | 110 | |||
Control System | |||||||||||||||
Temperature sensor | PT1003 | ||||||||||||||
Controller | Programmable | ||||||||||||||
Setting Range | TEMPERATURE:-100.00℃~+200.00℃ / TI,E:OH OOM ~999H 59M / CYCLE:OCYCLE~10000CYCLE | ||||||||||||||
Resolution | TEMPERATURE:0.01℃ / TIME:1MIN | ||||||||||||||
Output Mode | PID+PWM+SSR Control mode | ||||||||||||||
Extended functions option | Outlet and return air sensing detector control / CMBUS (RS-485) Remote monitoring control and management system / LN2V Rapid cooling in liquid nitrogen control device |
Structure :
The upper part of the low temperature chamber, the middle for the studio, the lower part of the high temperature chamber. Sample does not move in the studio, the high and low temperature impact the gas damper dynamic switching to automatic switching, the cabinet is arranged on the upper right corner of the control, easy to operate.
Protection system :
1. test products over temperature protection (independence)
2. with no fuse protection switch
3. heater over temperature protection switch
4. compressor overload
5. compressor high and low voltage protection
6. system over current protection device
7. The controller set and display the fault diagnosis.
8. cooling water pressure is too low
Standard configuration
1. power line 4 mm - X5 core, low impedance rubber cable 3M 1
2. electrical schematic diagram of the equipment
3. SUS #304 type 3 stainless steel plate punching rack 2
4. stainless steel adjustable spacing rack rail group 2
5. energy-saving lamps 1
6. The 6 body left psi 50mm test holes of the 1 of 1 stainless steel cover, silicone plug 1.
7. standard test with meteorological gauze 1 volume
8. fuses (wearing parts)
9. a set of operating instructions
More parameters :
Model | Dimensions (W x D x H) cm |
Full load current | Power (KW) | Water Tower | Pipe diameter of in and out ( Water pressure not less than 2KG) |
A3 |
Inner Cabinet: |
220V 3Ø 75A |
28.4 KW | 10 Ton | 1 & 1/2 inch |
A4 |
Inner Cabinet: |
220V 3Ø 96A |
36.3 KW | 15 Ton | 2 inches |
A5 |
Inner Cabinet: |
220V 3Ø 108A |
40.9 KW | 15 Ton | 2 inches |
B3 |
Inner Cabinet: |
220V 3Ø 87A |
33 KW | 15 Ton | 2 inches |
B4 |
Inner Cabinet: |
220V 3Ø 96A |
36.3 KW | 15 Ton | 2 inches |
B5 |
Inner Cabinet: |
220V 3Ø 122A |
46.2 KW | 25 Ton | 2 & 1/2 inches |
C3 |
Inner Cabinet: |
220V 3Ø 96A |
36.3 KW | 15 Ton | 2 inches |
C4 |
Inner Cabinet: |
220V 3Ø 108A |
40.9 KW | 15 Ton | 2 inches |
C5 |
Inner Cabinet: |
220V 3Ø 129A |
48.8 KW | 30 Ton | 2 & 1/2 inches |
D3 |
Inner Cabinet: |
220V 3Ø 113A |
42.9 KW | 15 Ton | 2 inches |
D4 |
Inner Cabinet: |
220V 3Ø 127A |
48.2 KW | 25 Ton | 2 & 1/2 inches |
G3 |
Inner Cabinet: |
220V 3Ø 127A |
48.2 KW | 25 Ton | 2 & 1/2 inches |
G4 |
Inner Cabinet: |
220V 3Ø 134A |
50.8 KW | 30 Ton | 2 & 1/2 inches |